CN206689905U - The complete milling apparatus of fully automatic eddy current type - Google Patents
The complete milling apparatus of fully automatic eddy current type Download PDFInfo
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- CN206689905U CN206689905U CN201720560285.3U CN201720560285U CN206689905U CN 206689905 U CN206689905 U CN 206689905U CN 201720560285 U CN201720560285 U CN 201720560285U CN 206689905 U CN206689905 U CN 206689905U
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- abrasive material
- eddy current
- fully automatic
- milling apparatus
- current type
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Abstract
The utility model discloses a kind of complete milling apparatus of fully automatic eddy current type, including frame (1), frame (1) is provided with feeding device (2), vortex cleaning device (3), vibration flushing separator (4) and buffering bucket (5)；Described vortex cleaning device (3) includes setting swirl polishing machine (7), and swirl polishing machine (7) lateral wall is provided with fluid level control device (8)；Described vibration is rinsed below separator (4) and is provided with abrasive material reflux (6)；Controller (9) is additionally provided with described frame (1), controller (9) rinses separator (4) with feeding device (2), vortex cleaning device (3), vibration and abrasive material reflux (6) is connected.The utility model can change cooling water, the labor intensity for reducing worker easily and fast and improve grinding efficiency, additionally it is possible to reclaim waste water caused by abrasive material backflow in time and improve abrasive material utilization rate.
Description
Technical field
A kind of milling apparatus is the utility model is related to, particularly a kind of complete milling apparatus of fully automatic eddy current type.
Background technology
Grinder is exactly the polissoir that polishing is ground to workpiece surface.It is being vortexed by abrasive material and workpiece
Rotate at a high speed in machine, workpiece is processed by shot blasting using the principle of phase mutual friction.Phase mutual friction can produce between workpiece and abrasive material
Heat, it is necessary to add water to carry out cooling processing, but due to the high speed rotation of turbine can make the speed of frictional heat quickly with
And the time of polishing is longer, need to change cooling water in process of lapping, existing milling apparatus is typically all to pass through people
Work is periodically changed, and polisher lapper needs break-off during replacing, and this mode not only increases the labor intensity of worker, and
And the efficiency and quality of grinding can be also influenceed, while the mode manually changed can not be accurately controlled the frequency and more for changing water
Change the liquid level of water.Simultaneously as milling apparatus needs to use substantial amounts of water in grinding and polishing, and after abrasive material and workpiece separate, mill
Material surface still can be adsorbed with certain water, abrasive material and workpiece rinses separation phase in vibration can also produce certain waste water, because
In feed back on belt conveyor, these moisture will drop onto in frame and ground this abrasive material, cause ground moist；So not only
Easily make ground dirty, but also worker can be skidded, so as to cause industrial accident.In addition, utilize belt transport
When, abrasive material rinses separator discharge end from vibration and enters belt during this, and abrasive material easily disorderly jumps, and causes part abrasive material
It is scattering on frame or ground, it is necessary to manually pick up, not only increases labor intensity, also reduce the utilization rate of abrasive material.Cause
This, there is useless when cooling water replacing difficulty is big, labor strength is big, grinding efficiency is low, abrasive material flows back for existing technology
The problem of water can not reclaim in time and the utilization rate of abrasive material is relatively low.
Utility model content
The purpose of this utility model is, there is provided a kind of complete milling apparatus of fully automatic eddy current type.The utility model has
Can change easily and fast cooling water, reduce worker labor intensity and improve grinding efficiency the characteristics of, also have can and
The characteristics of waste water caused by the backflow of Shi Huishou abrasive materials and raising abrasive material utilization rate.
The technical solution of the utility model：The complete milling apparatus of fully automatic eddy current type, including frame, frame are provided with feeding
Device, the adjacent both sides of feeding device be respectively equipped with vortex cleaning device and vibration rinse separator, vortex cleaning device and
Vibration is provided with buffering bucket between rinsing separator；Described vortex cleaning device includes being arranged on the vortex of feeding device side
Polishing machine, swirl polishing machine outside are provided with fluid level control device；Described vibration, which is rinsed below separator, is provided with abrasive material backflow
Device, and the discharge end of abrasive material reflux is corresponding with feeding device；Be additionally provided with controller in described frame, controller with
Feeding device, vortex cleaning device, vibration are rinsed separator and are connected with abrasive material reflux.
In the complete milling apparatus of foregoing fully automatic eddy current type, the fluid level control device includes being arranged on swirl polishing machine
The Liquid level box of lateral wall, Liquid level box is interior to be provided with floating-ball level switch, and Liquid level box lower end is provided with flow pipe, send water
Pipe is provided with the outlet pipe being connected with swirl polishing machine, the water intake ball valve being provided with flow pipe below outlet pipe, liquid level
The side wall of control box is provided with the return duct being connected with swirl polishing machine；Described swirl polishing machine bottom is additionally provided with draining
Pipe, drainpipe are provided with drainage ball valve, are provided with sewage collecting disk below drainpipe, sewage collecting disk is connected with sewage through sewage pipe
Buffer pool.
In the complete milling apparatus of foregoing fully automatic eddy current type, it is characterised in that：On described swirl polishing machine lateral wall
Provided with corresponding with outlet pipe and return duct respectively delivery port and water return outlet.
In the complete milling apparatus of foregoing fully automatic eddy current type, the Liquid level box upper end is additionally provided with blast pipe.
In the complete milling apparatus of foregoing fully automatic eddy current type, the abrasive material reflux includes two be arranged in frame
Block limiting plate, the guide rails of two parallel arrangements are provided between two pieces of limiting plates, guide rail is provided with sliding seat, and sliding seat is provided with bullet
Spring, spring top are provided with inclined back hopper, vibrating motor are provided with below back hopper；Telescopic drive is additionally provided with described frame
Mechanism, telescoping drive mechanism are connected with movable stand, and movable stand is connected with sliding seat.
In the complete milling apparatus of foregoing fully automatic eddy current type, described sliding seat includes two pieces of cunnings being arranged on guide rail
Dynamic plate, the fixed plates of two pieces of parallel arrangements are provided between two sliding panels, are provided with connecting rod between two fixed plates, connecting rod and
Movable stand is mutually fixed.
In the complete milling apparatus of foregoing fully automatic eddy current type, the back hopper includes two pieces of side blocks in splayed configuration arrangement
Plate, the guiding bottom plate being in tilted layout is provided between two pieces of side shields, the feed end for guiding bottom plate is provided with end baffle, and end gear
Plate is mutually fixed with side shield；The fixed seat mutually fixed with spring is provided with the outside of described side shield.Back hopper forms a charging
End opening is less than the shape of discharging end opening, so facilitates and concentrates abrasive material in feed end, improves efficiency of transmission, while can also protect
The abrasive material of card discharge end will not concentrate a certain ad-hoc location for being delivered to feeding device, ensure the uniformity of abrasive material conveying.
In the complete milling apparatus of foregoing fully automatic eddy current type, described telescoping drive mechanism includes being fixed in frame
Hydraulic cylinder, hydraulic cylinder external part is provided with push rod, and push rod is mutually fixed with movable stand.
In the complete milling apparatus of foregoing fully automatic eddy current type, described back hopper feed end rinses separation dress positioned at vibration
Lower section is put, described back hopper discharge end is located at the top of feeding device.
Compared with prior art, the utility model utilizes liquid level by setting fluid level control device on swirl polishing machine
The artificial mode for changing cooling water of control device substitution is automatically changed to the cooling water in swirl polishing machine, reduces work
The labor intensity of people, the speed for changing water is improved, and the work of grinder need not be suspended when water is changed, raising is ground
The efficiency of mill, improve the quality of grinding；And the artificial control for carrying out liquid level is substituted by fluid level control device, can be accurate
Liquid level in controlled vortex flow polishing machine.By being rinsed in vibration, abrasive material reflux is set between separator and feeding device,
By the back hopper of incline structure, to accept the waste water that whole abrasive materials and abrasive material carry, ensure that waste water will not drop to
In frame and ground so that ground can keep drying for a long time, and then can reduce the generation of the accidents such as skidding；And return
Hopper can also prevent that abrasive material can be scattered the generation of the phenomenon to frame and ground in charging due to the effect of bounce, no longer
Need manually to pick up, and then improve the utilization rate of abrasive material.In summary, the utility model can change cooling easily and fast
Water, the labor intensity for reducing worker and raising grinding efficiency, additionally it is possible to waste water and raising caused by the backflow of recovery abrasive material in time
Abrasive material utilization rate.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of vortex cleaning device；
Fig. 3 is the structural representation of Liquid level box；
Fig. 4 is the sectional view of Liquid level box；
Fig. 5 is the structural representation of abrasive material reflux；
Fig. 6 is the dimensional structure diagram of abrasive material reflux.
Mark in accompanying drawing for：Separator, 5- are rinsed in 1- frames, 2- feeding devices, 3- vortex cleaning devices, 4- vibrations
Buffering bucket, 6- abrasive material refluxes, 7- swirl polishing machines, 8- fluid level control devices, 9- controllers, 601- limiting plates, 602- are led
Rail, 603- sliding seats, 604- springs, 605- back hoppers, 606- vibrating motors, 607- telescoping drive mechanisms, 608- movable stands,
609- sliding panels, 610- fixed plates, 611- connecting rods, 612- side shields, 613- guiding bottom plates, 614- end baffles, 615- liquid
Cylinder pressure, 616- push rods, 617- fixed seats, 801- Liquid level boxes, 802- floating-ball level switch, 803- flow pipes, 804- water outlets
Pipe, 805- water intake ball valves, 806- return ducts, 807- drainpipes, 808- drainage ball valves, 809- sewage collecting disks, 810- sewage pipes,
811- sewage buffer pools, 812- blast pipes.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples, but is not intended as to the utility model
The foundation of limitation.
Embodiment.The complete milling apparatus of fully automatic eddy current type, form as shown in Figures 1 to 6, including frame 1, in frame 1
Provided with feeding device 2, the adjacent both sides of feeding device 2 are respectively equipped with vortex cleaning device 3 and separator 4, whirlpool are rinsed in vibration
Stream cleaning device 3 and vibration are provided with buffering bucket 5 between rinsing separator 4；Described vortex cleaning device 3 includes being arranged on
Expect the swirl polishing machine 7 of the side of device 2, the outside of swirl polishing machine 7 is provided with fluid level control device 8；Separation is rinsed in described vibration
The lower section of device 4 is provided with abrasive material reflux 6, and the discharge end of abrasive material reflux 6 is corresponding with feeding device 2；Described machine
Controller 9 is additionally provided with frame 1, controller 9 rinses separator 4 with feeding device 2, vortex cleaning device 3, vibration and abrasive material returns
Device 6 is flowed to be connected.
The fluid level control device 8 includes the Liquid level box 801 for being arranged on the lateral wall of swirl polishing machine 7, Liquid level
Floating-ball level switch 802 is provided with box 801, the lower end of Liquid level box 801 is provided with flow pipe 803, and flow pipe 803 is provided with and whirlpool
The outlet pipe 804 that stream polishing machine 7 is connected, flow pipe 803 is interior to be provided with the water intake ball valve 805 positioned at the lower section of outlet pipe 804, liquid level
The side wall of control box 801 is provided with the return duct 806 being connected with swirl polishing machine 7；The described bottom of swirl polishing machine 7 is also set
There is drainpipe 807, drainpipe 807 is provided with drainage ball valve 808, and the lower section of drainpipe 807 is provided with sewage collecting disk 809, and sewage is received
Catch basin 809 is connected with sewage buffer pool 811 through sewage pipe 810.
The described lateral wall of swirl polishing machine 7 is provided with delivery port corresponding with outlet pipe 804 and return duct 806 respectively
And water return outlet.
The upper end of Liquid level box 801 is additionally provided with blast pipe 812.
The sewage collecting disk is pyramidal structure.Sewage is provided between sewage pipe and the sewage buffer pool and only opens up pass.
The abrasive material reflux 6 includes two pieces of limiting plates 601 being arranged in frame 1, is set between two pieces of limiting plates 601
There is the guide rail 602 of two parallel arrangements, guide rail 602 is provided with sliding seat 603, and sliding seat 603 is provided with spring 604, spring 604
Top is provided with inclined back hopper 605, and the lower section of back hopper 605 is provided with vibrating motor 606；It is additionally provided with described frame 1 flexible
Drive mechanism 607, telescoping drive mechanism 607 are connected with movable stand 608, and movable stand 608 is connected with sliding seat 603.
Described sliding seat 603 includes two pieces of sliding panels 609 being arranged on guide rail 602, is set between two sliding panels 609
There is the fixed plate 610 of two pieces of parallel arrangements, connecting rod 611, connecting rod 611 and movable stand 608 are provided between two fixed plates 610
It is mutually fixed.
The back hopper 605 includes two pieces of side shields 612 in splayed configuration arrangement, is provided with and inclines between two pieces of side shields 612
The guiding bottom plate 613 tiltedly arranged, the feed end of guiding bottom plate 613 are provided with end baffle 614, and end baffle 614 and side shield
612 phases are fixed；The described outside of side shield 612 is provided with the fixed seat 617 fixed with the phase of spring 604.
Described telescoping drive mechanism 607 includes the hydraulic cylinder 615 being fixed in frame 1, and the external part of hydraulic cylinder 615 is provided with
Push rod 616, and push rod 616 is fixed with the phase of movable stand 608.
The described feed end of back hopper 605 rinses the lower section of separator 4, the described discharge end of back hopper 605 positioned at vibration
Positioned at the top of feeding device 2.
Described feeding device 2 includes the support frame being fixed in frame 1, and support frame is provided with hydraulic rotary mechanism, liquid
Pressure rotating mechanism is connected with elevating hopper.
Described buffering bucket 5 is tilted and is hinged in frame 1, and spring is provided between buffering bucket and frame.
Support frame is provided between the swirl polishing machine 7 and buffering bucket 5, support frame is provided with to be connected with swirl polishing machine 7
Hydraulic rotary mechanism.
The separator box that separator 4 includes being fixed in frame 1 is rinsed in the vibration, and separator box upper end is provided with vibrating motor
And flushing machine, the separator box is interior to be provided with sub-sieve net, and sub-sieve side off the net is provided with the abrasive material collector of pyramidal structure, and abrasive material is collected
It is corresponding with abrasive material reflux below device discharge end.The flushing machine left end, which is provided with, rinses pipe fitting, rinses pipe fitting and sub-sieve
Net corresponding.
Fluid level controller, fluid level controller and floating-ball level switch 802, draining are additionally provided with the Liquid level box 801
Ball valve 808 is connected with water intake ball valve 805；Fluid level controller is also connected with controller.
The course of work of the present utility model：Abrasive material and workpiece are placed into elevating hopper, will be upper by hydraulic rotary mechanism
Hopper is rotated to the top of swirl polishing machine 7, and abrasive material and workpiece are sent into swirl polishing machine 7, then fluid level controller control into
Water polo valve 805 is opened and drainage ball valve 808 is closed, and cooling water enters in swirl polishing machine 7 through flow pipe 803 and outlet pipe 804,
Complete the addition of cooling water.Swirl polishing machine 7 can rotate at a high speed at work, drive cooling water in vortex shape distribution, cooling water
Enter through outlet pipe 804 in Liquid level box 801, and returned to through return duct 806 in swirl polishing machine 7, ball float during this
Liquid-level switch 802 is monitored to the liquid level in Liquid level box 801, and indirectly the liquid level in swirl polishing machine 7 is controlled
System；Liquid level in swirl polishing machine 7 is monitored then to control opening for water intake ball valve 805 according to floating-ball level switch 802
Close.After a period of time is ground, fluid level controller control drainage ball valve 808 is opened, and the hot water in swirl polishing machine 7 is discharged,
Hot water is collected through sewage collecting disk 809, then is entered through sewage pipe 810 in sewage buffer pool 811；At the same time, open into water polo
The synchronous water inlet of valve 805, can ensure being normally carried out for grinding.In addition, cooling water can produce gas etc., gas when high speed rotates
It can be discharged by delivery port, then be discharged in the blast pipe 812 by the upper end of Liquid level box 801.After the completion of grinding, whirlpool
Stream polishing machine 7 rotates through hydraulic rotary mechanism, by abrasive material and workpiece transfer to buffering bucket 5, by buffering bucket 5 by abrasive material and work
Part is uniformly delivered to vibration and rinsed on separator 4, is then separated abrasive material and workpiece according to sub-sieve net, workpiece through vibration and
Discharged after flushing, abrasive material is transferred to abrasive material reflux 6 through abrasive material collector, comes back to and subsequent work is carried out in elevating hopper.
When needing abrasive material to flow back, hydraulic cylinder 615 drives push rod 616 to carry out contraction operation, and push rod 616 drives movable stand 608 to move, from
And drive sliding seat 603 and back hopper 605 to move, until back hopper 605 to be moved to the top of feeding device 2, abrasive material enters
To after back hopper 605, under the drive of vibrating motor 606, guiding bottom plate 613 of the abrasive material along incline structure is moved to elevating hopper
It is interior；When feeding device 2 carries out feeding operation, back hopper 605 back moves under the drive of telescoping drive mechanism 607, will not
The in rotary moving of feeding device 2 is had an impact.
Claims (9)
1. the complete milling apparatus of fully automatic eddy current type, it is characterised in that：Including frame (1), frame (1) is provided with feeding device
(2), the adjacent both sides of feeding device (2) are respectively equipped with vortex cleaning device (3) and separator (4) is rinsed in vibration, and vortex is clear
Cleaning device (3) and vibration are provided with buffering bucket (5) between rinsing separator (4)；Described vortex cleaning device (3) includes setting
Swirl polishing machine (7) in feeding device (2) side, swirl polishing machine (7) outside are provided with fluid level control device (8)；Described
Vibration, which is rinsed below separator (4), is provided with abrasive material reflux (6), and the discharge end of abrasive material reflux (6) fills with feeding
It is corresponding to put (2)；Controller (9), controller (9) and feeding device (2), vortex cleaning dress are additionally provided with described frame (1)
Put (3), vibration is rinsed separator (4) and is connected with abrasive material reflux (6).
2. the complete milling apparatus of fully automatic eddy current type according to claim 1, it is characterised in that：The fluid level control device
(8) include the Liquid level box (801) for being arranged on swirl polishing machine (7) lateral wall, ball float liquid is provided with Liquid level box (801)
Bit switch (802), Liquid level box (801) lower end are provided with flow pipe (803), and flow pipe (803) is provided with and swirl polishing machine
(7) outlet pipe (804) being connected, the interior water intake ball valve (805) being provided with below outlet pipe (804) of flow pipe (803), liquid
The side wall of position control box (801) is provided with the return duct (806) being connected with swirl polishing machine (7)；Described swirl polishing machine
(7) bottom is additionally provided with drainpipe (807), and drainpipe (807) is provided with drainage ball valve (808), dirt is provided with below drainpipe (807)
Water catch tray (809), sewage collecting disk (809) are connected with sewage buffer pool (811) through sewage pipe (810).
3. the complete milling apparatus of fully automatic eddy current type according to claim 2, it is characterised in that：Described swirl polishing machine
(7) lateral wall is provided with corresponding with outlet pipe (804) and return duct (806) respectively delivery port and water return outlet.
4. the complete milling apparatus of fully automatic eddy current type according to claim 2, it is characterised in that：The Liquid level box
(801) upper end is additionally provided with blast pipe (812).
5. the complete milling apparatus of fully automatic eddy current type according to claim 1, it is characterised in that：The abrasive material reflux
(6) include two pieces of limiting plates (601) being arranged in frame (1), be arranged in parallel between two pieces of limiting plates (601) provided with two
Guide rail (602), guide rail (602) are provided with sliding seat (603), and sliding seat (603) is provided with spring (604), spring (604) top
Provided with inclined back hopper (605), vibrating motor (606) is provided with below back hopper (605)；It is additionally provided with described frame (1)
Telescoping drive mechanism (607), telescoping drive mechanism (607) are connected with movable stand (608), movable stand (608) and sliding seat (603)
It is connected.
6. the complete milling apparatus of fully automatic eddy current type according to claim 5, it is characterised in that：Described sliding seat
(603) include two pieces of sliding panels (609) being arranged on guide rail (602), two pieces of parallel cloth are provided between two sliding panels (609)
The fixed plate (610) put, connecting rod (611), connecting rod (611) and movable stand (608) phase are provided between two fixed plates (610)
It is fixed.
7. the complete milling apparatus of fully automatic eddy current type according to claim 5, it is characterised in that：The back hopper (605)
The guiding bottom plate being in tilted layout is provided with including the side shield (612) two pieces in splayed configuration arrangement, between two pieces of side shields (612)
(613) feed end for, guiding bottom plate (613) is provided with end baffle (614), and end baffle (614) and side shield (612) are mutually solid
It is fixed；The fixed seat (617) mutually fixed with spring (604) is provided with the outside of described side shield (612).
8. according to the complete milling apparatus of fully automatic eddy current type described in claim 5, it is characterised in that：Described telescopic drive
Mechanism (607) includes the hydraulic cylinder (615) being fixed in frame (1), and hydraulic cylinder (615) external part is provided with push rod (616), and pushes up
Bar (616) is mutually fixed with movable stand (608).
9. the complete milling apparatus of fully automatic eddy current type according to claim 5, it is characterised in that：Described back hopper
(605) feed end is rinsed below separator (4) positioned at vibration, and described back hopper (605) discharge end is located at feeding device (2)
Top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720560285.3U CN206689905U (en) | 2017-05-19 | 2017-05-19 | The complete milling apparatus of fully automatic eddy current type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720560285.3U CN206689905U (en) | 2017-05-19 | 2017-05-19 | The complete milling apparatus of fully automatic eddy current type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206689905U true CN206689905U (en) | 2017-12-01 |
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ID=60448457
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720560285.3U Active CN206689905U (en) | 2017-05-19 | 2017-05-19 | The complete milling apparatus of fully automatic eddy current type |
Country Status (1)
| Country | Link |
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| CN (1) | CN206689905U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107263294A (en) * | 2017-05-19 | 2017-10-20 | 湖州星星研磨有限公司 | A kind of complete milling apparatus of fully automatic eddy current type |
| CN108044494A (en) * | 2017-12-21 | 2018-05-18 | 襄阳中铁宏吉工程技术有限公司 | A kind of intermediate plate light decoration system |
-
2017
- 2017-05-19 CN CN201720560285.3U patent/CN206689905U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107263294A (en) * | 2017-05-19 | 2017-10-20 | 湖州星星研磨有限公司 | A kind of complete milling apparatus of fully automatic eddy current type |
| CN108044494A (en) * | 2017-12-21 | 2018-05-18 | 襄阳中铁宏吉工程技术有限公司 | A kind of intermediate plate light decoration system |
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